>Image shows no stars in the background I believe that is due to dynamic range limitations of cameras. Did you know our eyes have a massive dynamic range of light sensitivity compared to film and digital cameras. Even “High Dynamic Range” tech which is new is only a small fraction of what our eyes can do. Exposing for the earth will black out the stars. Exposing for the stars will blow out the earth. The only way to get a daytime earth plus stars on camera is with compositing which is apparently a big no no for you flat earthers. >Explain now where in space this camera was So you must not be familiar with rocket launches. They don’t just go straight up in the air on their way to the moon (at least not with a globe earth theory). Rather, the rocket moves away from earth in a sort of outward spiral motion. This means it is moving outward from earth, but also rotating around earth as a central axis. I’d get a gif showing what this looks like but I’m on my phone right now so it may be a bit. So the camera isn’t flying into the sun, but as it gets away from earth, it will pass between the earth and the sun multiple times until it reaches its escape velocity and its movement becomes a vector rather than an eliptical orbit. Does that make sense? Ok I found a gif which shows a bit of what I’m talking about with rocket movement. Best I can do on mobile right now. https://imgur.com/TUkKuhf.gif